Research On Data Propulsion Of Chip Manufacturing Management System Oriented To Cloud Manufacturing

In the chip manufacturing management industry,back-end manufacturers in order to make front-end customers have a richer user experience,they must be more efficient to promote back-end data.Cloud manufacturing will solve the front and rear data transmission and resource allocation problems.With the migration of traditional network infrastructures to the cloud,the chip manufacturing management industry rely on lightweight databases and lightweight data architectures to enable chip manufacturing and cloud data transfer to adapt and configure.This paper mainly studies the data advancement of the back-end of chip manufacturing management system.First of all,it based on the concept of cloud manufacturing ideas to discuss the current situation of chip manufacturing industry at home and abroad,and analyze the importance of cloud manufacturing and chip manufacturing management system and the development of chip manufacturing management system to cloud manufacturing process will face on.Second,based on the cloud manufacturing,the process,structure and mode of the chip manufacturing management system are optimized,and the function module is divided into the demand and the demand analysis is carried out with the manufacturing management module as the object.It select the lightweight architecture named Restful Web Service to promote back-end data,and manufacturing management module for the relevant data form interface display.Through the analysis of this paper,the existing chip manufacturing management system analysis,the use of cloud platform,lightweight database and lightweight data to promote the structure of its optimization and upgrading.Not only changed the traditional chip manufacturing management system back-end data to promote the model,but also provides the relevant technical research and theoretical basis,the existing chip manufacturing management system to further optimize the development and lay a certain foundation.